sam is traveling in a train. He observes that the track appears to be moving whereas the co-passengers appear to be stationary.He is curious to know the reason. Help him out
and plss I'm in urgent need of the answer ಥ_ಥ ˚‧º·(˚ ˃̣̣̥⌓˂̣̣̥ )‧º·˚
Sam is experiencing an optical illusion known as the "motion parallax" effect. When looking outside the moving train, objects closer to the train (like the track) seem to move quickly in the opposite direction, creating the illusion that they are moving. Meanwhile, objects farther away (like the co-passengers or more distant scenery) seem relatively stationary.
This effect occurs because the apparent motion of objects is influenced by their distance from the observer. It's a common phenomenon experienced when observing the surroundings from a moving vehicle, such as a train.
Sam is experiencing an optical illusion known as the "motion parallax" effect. This phenomenon occurs when an observer perceives objects at different distances as moving at different rates. In the context of Sam's train journey:
Track Appears to Move:
The objects outside the train, such as the tracks, trees, and buildings, seem to be moving backward. This is because they are relatively closer to Sam compared to objects in the distance.
Co-passengers Appear Stationary:
The co-passengers inside the train appear stationary because they are sharing the same moving frame of reference as Sam. They are at a similar distance from him, and their relative motion within the train is minimal.
The motion parallax effect is a result of the brain's interpretation of visual information. As Sam looks out of the train window, objects that are closer to him appear to move more quickly than objects in the distance. This is a common experience during train journeys, car rides, or any situation where there's relative motion between an observer and their surroundings.
In reality, both the track and the co-passengers are in motion, but their perceived motion differs due to their respective distances from Sam. This phenomenon is one of the many ways our brain processes visual information to make sense of the world around us.
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Explanation:
Sam is experiencing an optical illusion known as the "motion parallax" effect. When looking outside the moving train, objects closer to the train (like the track) seem to move quickly in the opposite direction, creating the illusion that they are moving. Meanwhile, objects farther away (like the co-passengers or more distant scenery) seem relatively stationary.
This effect occurs because the apparent motion of objects is influenced by their distance from the observer. It's a common phenomenon experienced when observing the surroundings from a moving vehicle, such as a train.
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Answer:
Explanation:
Sam is experiencing an optical illusion known as the "motion parallax" effect. This phenomenon occurs when an observer perceives objects at different distances as moving at different rates. In the context of Sam's train journey:
Track Appears to Move:
The objects outside the train, such as the tracks, trees, and buildings, seem to be moving backward. This is because they are relatively closer to Sam compared to objects in the distance.
Co-passengers Appear Stationary:
The co-passengers inside the train appear stationary because they are sharing the same moving frame of reference as Sam. They are at a similar distance from him, and their relative motion within the train is minimal.
The motion parallax effect is a result of the brain's interpretation of visual information. As Sam looks out of the train window, objects that are closer to him appear to move more quickly than objects in the distance. This is a common experience during train journeys, car rides, or any situation where there's relative motion between an observer and their surroundings.
In reality, both the track and the co-passengers are in motion, but their perceived motion differs due to their respective distances from Sam. This phenomenon is one of the many ways our brain processes visual information to make sense of the world around us.